5 Commits

Author	SHA1	Message	Date
Daniel Lubarov	b8ce1d1967	Public inputs (#113) ... With this approach, we don't need `Target::PublicInput`; any routable `Target` can be marked as a public input via `register_public_input`. The circuit itself hashes these targets, and routes the hash output to the first four wires of a `PublicInputGate`, which is placed at an arbitrary location in the circuit. All gates have direct access to the purported hash of public inputs. We could think of them as accessing `PI_hash_i(x)` (as in Plonk), but these are now (four) constant functions, so they effectively have direct access to the hash itself. `PublicInputGate` checks that its first four wires match this purported public input hash. The other gates ignore the hash. Resolves #64.	2021-07-21 08:26:19 -07:00
Daniel Lubarov	35c8643681	Tiny cleanup	2021-07-18 23:31:21 -07:00
Daniel Lubarov	cb7f8c8b8c	Draw challenge points from the extension field (#51) ... * Draw challenge points from the extension field * Now building * Misc * Default eval_unfiltered_base * fmt * A few field settings * Add to Sage * Display tweak * eval_filtered_base * Quartic in bench * Missing methods * Fix tests * PR feedback	2021-05-30 13:25:53 -07:00
Daniel Lubarov	747974558f	Add test_low_degree for other gates	2021-05-20 05:27:56 -07:00
Daniel Lubarov	6e83d956e9	Finish up	2021-05-19 23:03:52 -07:00